Exploration Of Vanadium-Base Alloys

Download this report (PDF, 8.62 MB, 75 pages)
Report Number: WADC TR 52-145 Part 3
Author(s): Yamamoto, Albert S., Rostoker, William
Corporate Author(s): Armour Research Foundation
Laboratory: Materials Laboratory
Corporate Report Number: None Given
Date of Publication: 1955-01
Pages: 75
Contract: AF 33(038)-8517
DoD Project: 7351 - Metallic Materials
DoD Task: 73510
Identifier: AD0058609

This is the third annual report. The oxidation study on vanadium alloys has been further pursued and the conclusion has been reached that satisfactory oxidation resistance at elevated temperature of vanadium-base alloys cannot be rendered by alloying alone but possibly by electroplating. Major efforts have been directed toward evaluating the elevated temperature tensile and stress-rupture strengths of the alloys under development. Carbon additions have proven beneficial as far as the forgeability is concerned. In certain cases, however, superior tensile ductilities are observed while no effect in stress-rupture behavior results. The current availability of less ezpensive vanadium-aluminum alloy produced by the alumino-thermic reduction process has promoted a feasibility study of its use. It is found that the alloys made of this are as competitive in mechanical properties as the equivalent alloys based on the very exensive calcium-reduced vanadium metal. A range of alloy compositions containing additions of titanium and aluminum have shown stress-rupture behavior which is as good or marginally better than the best titanium-base alloys.

Provenance: IIT

Other options for obtaining this report:

Via the Defense Technical Information Center (DTIC):
A record for this report, and possibly a pdf download of the report, exists at DTIC

Via National Technical Report Library:
The NTRL Order Number for this report is: AD058609
A record for this report, and possibly a pdf download of the report, exists at NTRL

Indications of Public Availability
No digital image of an index entry indicating public availability is currently available
There has been no verification of an indication of public availability from an inside cover statement